August 25, 2022
Growing awareness for the use of renewable energy
The energy obtained due to the nuclear fusion of hydrogen and helium in the inner core of the sun is called as solar energy. The solar energy is considered to be safe, green and renewable energy. Solar cookers are the application of solar energy used to cook, bake, and fry food.Solar Cookerscan also be used for OEM relay socket
manufacturer pasteurization. Solar cooker converts the radiant energy to the heat energy which is used for cooking food.
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Growing awareness for the use of renewable energy along with escalating prices of non renewable energy drives the solar cooker market. Government support and funding for the use of solar energy also stimulates the growth of solar cooker market. Also, development of new technologies utilizing solar energy along with introduction of cost efficient technologies compared to conventional energy sources foster the demand for the solar cooker market. However, lack of awareness among the developing countries and maturation of the solar cooker market in the developed countries may inhibit the growth of solar cooker market. Nevertheless, untapped opportunities from the emerging economies are likely to open new avenue in the near future.
The report provides a comprehensive view on the solar cooker market we have included a detailed value chain analysis. To understand the competitive landscape in the market, an analysis of Porter’s Five Forces model for the solar cooker market has also been included. The study encompasses a market attractiveness analysis, wherein type segments are benchmarked based on their market size, growth rate and general attractiveness. The report also analyzes several driving and restraining factors and their impact on the market during the forecast period.
Read report TOC at:https://www.zionmarketresearch.com/toc/solar-cooker-market
Various types of solar cooker are designed according to the intensity of exposure to the sun and according to the type of food to be cooked in. Solar panel cooker, solar parabolic cooker and solar box cooker are the types of solar cooker. Solar box cooker is the most widely known and used cooker due to easy and safe operating with no regulation required. The solar panel cooker consists of vessel kept in the center of the reflective panel to concentrate the radiations on the vessel. The solar panel is highly efficient as compared to solar box cooker. For obtaining high temperatures for grilling and frying food solar parabolic cooker is utilized. The only drawback for using of parabolic cookers is, they need to be adjusted according to the sun rays frequently for achieving high temperature and efficiency.
Browse “Solar Cooker Market” Detail Report athttps://www.zionmarketresearch.com/report/solar-cooker-market
Asia Pacific and Latin America are the fastest growing market for the solar cooker market and is expected to accelerate the growth rate in the coming years. This is mainly attributed to the factors such as rising awareness along with accomplishment from the government for developing techniques for the use of solar energy. To meet the unmet demands for petroleum products such as use of LPG for cooking food from the escalating population, solar cooker are used on large scale. However, due to saturated market, North America and Europe are expected to exhibit steady growth during the forecast period. However, the U.S. is the largest producer for solar box cooker followed by China.
Solar Cookers International, Sunrise Global Solar Energy, Sun Fire Rudra Solar Energy, and Sun Oven are some of the key participants for the solar cooker market.
Do Inquiry before buying report athttps://www.zionmarketresearch.com/inquiry/solar-cooker-market
The report segments of the solar cooker market into:
Solar Cooker Market: Type Segment Analysis
Solar panel cooker
Solar parabolic cooker
Solar box cooker
Solar Cooker Market: Regional Segment Analysis
North America
U.S.
Europe
UK
France
Germany
Asia Pacific
China
Japan
India
Latin America
Brazil
Middle East & Africa
Contact US:
Zion Market Research,4283, Express Lane,Suite 634-143,Sarasota, Florida 34249, United StatesTel: +49-322 210 92714USA/CanadaToll Free No.1-855-465-4651Email:sales@zionmarketresearch.comWebsite:https://www.zionmarketresearch.com
Request Sample report athttps://www.zionmarketresearch.com/sample/solar-cooker-market
Growing awareness for the use of renewable energy along with escalating prices of non renewable energy drives the solar cooker market. Government support and funding for the use of solar energy also stimulates the growth of solar cooker market. Also, development of new technologies utilizing solar energy along with introduction of cost efficient technologies compared to conventional energy sources foster the demand for the solar cooker market. However, lack of awareness among the developing countries and maturation of the solar cooker market in the developed countries may inhibit the growth of solar cooker market. Nevertheless, untapped opportunities from the emerging economies are likely to open new avenue in the near future.
The report provides a comprehensive view on the solar cooker market we have included a detailed value chain analysis. To understand the competitive landscape in the market, an analysis of Porter’s Five Forces model for the solar cooker market has also been included. The study encompasses a market attractiveness analysis, wherein type segments are benchmarked based on their market size, growth rate and general attractiveness. The report also analyzes several driving and restraining factors and their impact on the market during the forecast period.
Read report TOC at:https://www.zionmarketresearch.com/toc/solar-cooker-market
Various types of solar cooker are designed according to the intensity of exposure to the sun and according to the type of food to be cooked in. Solar panel cooker, solar parabolic cooker and solar box cooker are the types of solar cooker. Solar box cooker is the most widely known and used cooker due to easy and safe operating with no regulation required. The solar panel cooker consists of vessel kept in the center of the reflective panel to concentrate the radiations on the vessel. The solar panel is highly efficient as compared to solar box cooker. For obtaining high temperatures for grilling and frying food solar parabolic cooker is utilized. The only drawback for using of parabolic cookers is, they need to be adjusted according to the sun rays frequently for achieving high temperature and efficiency.
Browse “Solar Cooker Market” Detail Report athttps://www.zionmarketresearch.com/report/solar-cooker-market
Asia Pacific and Latin America are the fastest growing market for the solar cooker market and is expected to accelerate the growth rate in the coming years. This is mainly attributed to the factors such as rising awareness along with accomplishment from the government for developing techniques for the use of solar energy. To meet the unmet demands for petroleum products such as use of LPG for cooking food from the escalating population, solar cooker are used on large scale. However, due to saturated market, North America and Europe are expected to exhibit steady growth during the forecast period. However, the U.S. is the largest producer for solar box cooker followed by China.
Solar Cookers International, Sunrise Global Solar Energy, Sun Fire Rudra Solar Energy, and Sun Oven are some of the key participants for the solar cooker market.
Do Inquiry before buying report athttps://www.zionmarketresearch.com/inquiry/solar-cooker-market
The report segments of the solar cooker market into:
Solar Cooker Market: Type Segment Analysis
Solar panel cooker
Solar parabolic cooker
Solar box cooker
Solar Cooker Market: Regional Segment Analysis
North America
U.S.
Europe
UK
France
Germany
Asia Pacific
China
Japan
India
Latin America
Brazil
Middle East & Africa
Contact US:
Zion Market Research,4283, Express Lane,Suite 634-143,Sarasota, Florida 34249, United StatesTel: +49-322 210 92714USA/CanadaToll Free No.1-855-465-4651Email:sales@zionmarketresearch.comWebsite:https://www.zionmarketresearch.com
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August 16, 2022
India heavy reliance on coal for its energy needs
India has been manufacturing solar cells and modules for a long time, however, the focus had been on exports, with majority of solar equipment being exported to Europe and other countries including Japan. The domestic solar energy production was almost negligible till the launch of the project in India. By the end of fiscal year 2009-10 the solar installed capacity in India was just 10.3 MW. It went to 35.15 MW by the end of FY 2010-11 which increased exponentially to 941.24 MW for FY 2011-12. Along with this capacity rise the project launch also shifted the focus of both domestic as well international manufacturers towards India. The first phase of JNNSM saw solar power producers in India using imported solar equipment on a large scale, along with some domestic sourcing. The second phase of the project, which was just launched, would shift the sourcing focus to domestic suppliers as JNNSM is expected to expand its domestic solar cell sourcing clause to include thin film solar panels.
More and more exhibitions and conferences are being held in the Indian solar industry to help it grow. The North India Solar Summit (NISS) was held in Lucknow, Uttar Pradesh in March 2014 aimed at filling the awareness gap about solar power. This was the first summit organized by the Indian Industries Association which was about North India solar industry and was very well attended. It focused on two objectives: One, to provide information to investors interested in setting up solar power plants and, second, provide information on manufacturing of equipment for solar power generation. RENERGY 2014, an international exhibition and conference on renewable energy organized by Tamil Nadu Energy Development Agency (TEDA), is another such event focusing on Tamil Nadu solar industry. It will be held in June 2014 at Chennai Trade Centre. Among the highlights would be the Tamil Nadu solar industry and state solar policy, country largest Solar Rooftop program, and product launches. Another solar exhibition focusing on Tamil Nadu solar industry to be held at the same venue in July 2014 would be the Solar South. It is organized by Smart Expos & Fairs (India) Pvt. Ltd. Another exhibition & conference to be held in July 2014 is the SolarTech India 2014. The event organized by Green World Conferences Ltd will be held in The Leela Ambience, Gurgaon. Intersolar India 2014 is yet another solar exhibition & conference organized by MMI India Pvt. Ltd. It is going to be held in November 2014 Bombay Exhibition Centre, Goregaon, Mumbai.
The growth prospects of India’s solar power industry are bright and enormous. Both demand and supply sides present good prospects. The demand side growth drivers include large number of power consumers due to high population; potential growing use in industries, manufacturing and agriculture; and large rural and remote areas without electricity. On the supply side there are areas with abundant sun shine and large availability of barren, desert and other land areas for putting up of solar plants. India being a tropical country enjoys availability of sunshine in great intensity and for longer hours a day. The government support and push for the solar industry at both national and state levels is another important driver. The industry life cycle stage is then perhaps the biggest and the most fundamental factor. The early and nascent stage of the industry offers it a long term growth prospect.
The solar power industry, although full of potential, faces many challenges. The year 2013 had not been particularly a good one for the national solar mission, and it experienced all kinds of bottlenecks. The progress of solar industry slowed down in 2013 due to various factors. The steep depreciation of rupee in 2013 further affected the mission in various ways including rising import cost for producers and rising subsidies for government. There are other challenges which are coming up and may continue and affect the progress such as widespread testing and adoption of new technology like CSP, project funding and lack of clear and supportive policies, product quality and regular supply from domestic market, and sales of renewable energy certificates.
Apart from this, the industry is caught into a tussle between solar power producers and manufacturers in India. The Indian Solar Manufacturers' Association (ISMA) representing domestic manufacturers has accused the US, China, Taiwan and Malaysia, key exporters of thin-film and silicon PV cells and modules to India, of dumping and asked the Indian government to impose import duties to benefit the domestic manufacturers. On the other hand, the National Solar Energy Federation of India (NSEFI), the body of energy producers, complained to the Ministry of New and Renewable Energy and Solar Energy Corporation of India (SECI) about Indian manufacturers. In the complaint NSEFI has blamed the domestic manufacturers of lacking in quality in their local-made technology, falling short in manufacturing capacity against their claims. It even pointed towards lobbying by some of the larger scale domestic manufacturers of solar cell.
These challenges are long term and short term bottlenecks for the industry. These challenges, some of these pointing towards flaws in structural, regulatory and policy environment surrounding the industry, and some are even unwanted ones in the face of progress, needs to be addressed and resolved to put the industry back on growth track.
The Indian solar energy industry is full of potential and is poised for a long and sustainable growth. The industry has been on growth track internationally in many countries but in India it has now gained critical significance. The announcement of China relay socket
factory Jawaharlal Nehru National Solar Mission (JNNSM) in 2009 and its subsequent launch in January 2010 by the Government of India highlights its importance to the nation.
India heavy reliance on coal for its energy needs, regular shortages in its supply, quality problems and its limited resources; criticality of electricity for the manufacturing industry, regular electricity shortages faced by industries across India, & rising electricity costs and thus rising manufacturing input costs; and millions in India living without electricity. These are some of the factors that point towards the need of an alternative and efficient energy source and underline the launch of JNNSM. Solar energy is needed by, and would serve the industries and consumers in general alike. The launch of JNNSM project has given a real boost to solar energy production in India. JNNSM targets of producing 20 GW of solar energy by the year 2022.
India has been manufacturing solar cells and modules for a long time, however, the focus had been on exports, with majority of solar equipment being exported to Europe and other countries including Japan. The domestic solar energy production was almost negligible till the launch of the project in India. By the end of fiscal year 2009-10 the solar installed capacity in India was just 10.3 MW. It went to 35.15 MW by the end of FY 2010-11 which increased exponentially to 941.24 MW for FY 2011-12. Along with this capacity rise the project launch also shifted the focus of both domestic as well international manufacturers towards India. The first phase of JNNSM saw solar power producers in India using imported solar equipment on a large scale, along with some domestic sourcing. The second phase of the project, which was just launched, would shift the sourcing focus to domestic suppliers as JNNSM is expected to expand its domestic solar cell sourcing clause to include thin film solar panels.
More and more exhibitions and conferences are being held in the Indian solar industry to help it grow. The North India Solar Summit (NISS) was held in Lucknow, Uttar Pradesh in March 2014 aimed at filling the awareness gap about solar power. This was the first summit organized by the Indian Industries Association which was about North India solar industry and was very well attended. It focused on two objectives: One, to provide information to investors interested in setting up solar power plants and, second, provide information on manufacturing of equipment for solar power generation. RENERGY 2014, an international exhibition and conference on renewable energy organized by Tamil Nadu Energy Development Agency (TEDA), is another such event focusing on Tamil Nadu solar industry. It will be held in June 2014 at Chennai Trade Centre. Among the highlights would be the Tamil Nadu solar industry and state solar policy, country largest Solar Rooftop program, and product launches. Another solar exhibition focusing on Tamil Nadu solar industry to be held at the same venue in July 2014 would be the Solar South. It is organized by Smart Expos & Fairs (India) Pvt. Ltd. Another exhibition & conference to be held in July 2014 is the SolarTech India 2014. The event organized by Green World Conferences Ltd will be held in The Leela Ambience, Gurgaon. Intersolar India 2014 is yet another solar exhibition & conference organized by MMI India Pvt. Ltd. It is going to be held in November 2014 Bombay Exhibition Centre, Goregaon, Mumbai.
The growth prospects of India’s solar power industry are bright and enormous. Both demand and supply sides present good prospects. The demand side growth drivers include large number of power consumers due to high population; potential growing use in industries, manufacturing and agriculture; and large rural and remote areas without electricity. On the supply side there are areas with abundant sun shine and large availability of barren, desert and other land areas for putting up of solar plants. India being a tropical country enjoys availability of sunshine in great intensity and for longer hours a day. The government support and push for the solar industry at both national and state levels is another important driver. The industry life cycle stage is then perhaps the biggest and the most fundamental factor. The early and nascent stage of the industry offers it a long term growth prospect.
The solar power industry, although full of potential, faces many challenges. The year 2013 had not been particularly a good one for the national solar mission, and it experienced all kinds of bottlenecks. The progress of solar industry slowed down in 2013 due to various factors. The steep depreciation of rupee in 2013 further affected the mission in various ways including rising import cost for producers and rising subsidies for government. There are other challenges which are coming up and may continue and affect the progress such as widespread testing and adoption of new technology like CSP, project funding and lack of clear and supportive policies, product quality and regular supply from domestic market, and sales of renewable energy certificates.
Apart from this, the industry is caught into a tussle between solar power producers and manufacturers in India. The Indian Solar Manufacturers' Association (ISMA) representing domestic manufacturers has accused the US, China, Taiwan and Malaysia, key exporters of thin-film and silicon PV cells and modules to India, of dumping and asked the Indian government to impose import duties to benefit the domestic manufacturers. On the other hand, the National Solar Energy Federation of India (NSEFI), the body of energy producers, complained to the Ministry of New and Renewable Energy and Solar Energy Corporation of India (SECI) about Indian manufacturers. In the complaint NSEFI has blamed the domestic manufacturers of lacking in quality in their local-made technology, falling short in manufacturing capacity against their claims. It even pointed towards lobbying by some of the larger scale domestic manufacturers of solar cell.
These challenges are long term and short term bottlenecks for the industry. These challenges, some of these pointing towards flaws in structural, regulatory and policy environment surrounding the industry, and some are even unwanted ones in the face of progress, needs to be addressed and resolved to put the industry back on growth track.
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